Environmental monitoring software that runs your Annex 1 EM programme as one live evidence file — not a spreadsheet and a plate log.
Under the revised Annex 1, environmental monitoring is an output of the Contamination Control Strategy — the sampling plan, the limits, the trending, and the excursion response all have to defend themselves against the CCS. V5 replaces the EM spreadsheet plus the plate log plus the trend chart in Excel with a single live programme that generates the sample schedule from the CCS, captures results at the plate, trends by location/grade/organism, and triggers excursion investigations with automatic batch impact scope.
You're shopping because your EM programme lives in a spreadsheet, excursions don't trigger a batch review, and Annex 1 inspectors want CCS-linked sampling that you can't demonstrate.
The sampling plan is a static document — nobody can trace a sample location back to a CCS risk driver
Viable results come off plates days after the batch was released — the impact window is discovered too late
Trends are built in Excel by one microbiologist — nobody else can reproduce the analysis
Excursions get an investigation form but no automatic scope of affected batches on the line and grade at the time
Alert/action limits are set once and never re-evaluated against actual data — inspectors flag the disconnect
Identifying recovered isolates and tracking them across the site is a separate lab notebook nobody consults
EM, run as one live programme.
CCS-driven sampling plans by grade & location
Sampling plans are generated from the Contamination Control Strategy — each sample location carries its CCS risk driver, the grade (A/B/C/D or ISO class), the method (settle plate, active air, contact plate, glove print, surface swab), the frequency, and the alert/action limits from the CCS. Change the CCS and the sampling plan updates in one place.
Live sample schedule with operator queue
The programme generates the day's sampling schedule per shift and per room. Operators see what's due, capture chain-of-custody at collection, and the incubation clock starts automatically. Missed samples surface as deviations, not as a gap in a spreadsheet.
Alert & action limit engine (per grade, per location)
Limits are configured per grade, per location, per method — including the tighter Annex 1 Grade A expectations (no growth). Every result is evaluated live against alert and action; excursions open with a defined severity and pathway, not a debate about whether it counts.
Trending by location, grade, organism & shift
Live control charts (Levey-Jennings, run rules) trend viable and non-viable data by location, grade, organism, shift and operator. Adverse trends fire alerts before individual results reach action — the programme catches drift, not just failures.
Excursion investigation with automatic batch impact
An action-limit excursion opens an investigation with the batches manufactured on that line and grade during the exposure window pre-populated. QA sees the impact scope immediately — no manual query, no missed batches, no released product without an assessed EM excursion.
Isolate library & organism tracking
Every identified recovery is captured as an isolate record with organism ID, source location, method, gram stain and identification method (MALDI-TOF, 16S, biochemical). The library supports objectionable-organism screening, trend investigations, and disinfectant efficacy studies — no separate notebook.
What changes the day this goes live.
- Every sample location on the plan traces back to a CCS risk driver — auditors can walk the logic in minutes
- Excursions automatically identify every batch on the line and grade at the time — nothing gets released blind
- Trends catch drift before results hit action — the programme is preventive, not reactive
- Recovered organisms are a queryable library, not a lab notebook
- Inspector asks for six months of Grade A settle plate data and gets it, trended, in seconds
The frameworks an EM programme owner has to satisfy.
EU GMP Annex 1 (2022)
Revised Annex 1 in force from August 2023 — Contamination Control Strategy (CCS), Grade A no-growth expectation, holistic EM programme, rapid microbiological methods encouraged, robust alert/action limit rationale required.
USP <1116> · Ph.Eur. 5.1.4
Microbiological control and monitoring of aseptic processing environments — sample locations selected based on risk, incident rate rather than absolute counts for Grade A, trending as primary tool over individual results.
ISO 14644-1 · ISO 14644-2
Cleanroom classification (14644-1) and monitoring (14644-2) for particulate cleanliness — provides the non-viable framework Annex 1 references for classification and routine monitoring.
Environmental monitoring software, answered.
How does V5 make the sampling plan defensible against the CCS?
Sample locations aren't standalone entries — each one carries the CCS risk driver it addresses (personnel intervention, product path, open transfer, gowning boundary, etc.), the grade, and the rationale for its frequency. When the CCS is revised, the sampling plan surfaces the affected locations for re-evaluation; when an inspector asks 'why do you sample here at this frequency', the answer is on the record.
How does V5 handle the Annex 1 Grade A no-growth expectation?
Grade A locations are configured with an action limit of zero — any recovery opens an excursion. The excursion pathway for Grade A pulls the batches manufactured on the line during the exposure window, the personnel present, the interventions logged, and the pre/post viable and non-viable data — so the investigation starts with the full picture, not a partial one.
How does V5 handle rapid microbiological methods (RMM)?
V5 supports both traditional plate-count and RMM (ATP bioluminescence, solid-phase cytometry, flow cytometry) as method types. RMM results with faster time-to-result feed the trend engine and excursion pathway the same way plate counts do, so adopting RMM doesn't require a parallel record system. Method equivalence studies are captured as controlled documents linked to the method.
How does V5 tie EM excursions to batch release?
Batch release checks the EM record for the manufacturing window against the specification for the grade and line. Any open action-limit excursion covering that window blocks release until the investigation closes with a disposition (batch impact: none / rework / reject). QA doesn't have to remember to check — the release gate does it automatically.
Run Annex 1 EM on one live programme.
Free trial. Real CCS-linked sampling, real excursion impact, real trending.